Flipping 
the Maths 
Classroom 
Judy Larsen, M.Sc. 
Associate Professor 
University of the Fraser Valley, Canada
@JudyLarsen3
For more flipped 
classroom definitions 
and resources, check 
out flippedlearning.org 
Teacher is 
decentered. 
Group learning space: 
Applications & 
Engagement! 
Direct 
Instruction 
Individual 
Learning Space 
@JudyLarsen3
@JudyLarsen3
@JudyLarsen3
@JudyLarsen3
@JudyLarsen3
 “I like these videos, it’s on my own time, and I don’t have to stare at the 
teacher’s back. I have a really hard time reading the board half the time so I 
just sit there going, ok I’m bored, and I don’t really understand this.” 
 “One section that I had trouble with, I constantly watched the videos over and 
over until I understood what was being taught.” 
 “If I was confused about anything, we would explain everything in great detail 
and have debates about it. I learned different ways to solve problems during 
the activities and others learned from me. This was fantastic.” 
@JudyLarsen3
At the beginning . . . 
 SHY 
 HIGH ANXIETY 
 LOW SELF-EFFICACY 
 NEGATIVE PAST 
EXPERIENCES 
At the end . . . 
 OUTGOING – TEACHING 
OTHERS 
 NO ANXIETY 
 HIGH SELF-EFFICACY 
@JudyLarsen3 
 TOOK NEXT MATH CLASS 
JUST FOR ENJOYMENT! 
@JudyLarsen3
The flipped classroom is NOT just about assigning videos. 
The flipped classroom environment provides students with the opportunity to pursue 
goals of learning while maintaining room for self-pacing. 
Optimal implementation of a flipped classroom is one where autonomy is provided to 
students over cognitive dimensions, while structure is provided to the procedural and 
organizational aspects. 
If well-implemented, the flipped classroom environment has shown positive influence on 
student self-efficacy particularly in mathematics. 
@JudyLarsen3
Judy.Larsen@ufv.ca 
JudyLarsen.wordpress.com 
@JudyLarsen3

Flipping the maths classroom - Judy Larsen, Fraser Valley University

  • 1.
    Flipping the Maths Classroom Judy Larsen, M.Sc. Associate Professor University of the Fraser Valley, Canada
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  • 3.
    For more flipped classroom definitions and resources, check out flippedlearning.org Teacher is decentered. Group learning space: Applications & Engagement! Direct Instruction Individual Learning Space @JudyLarsen3
  • 4.
  • 5.
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  • 7.
  • 8.
     “I likethese videos, it’s on my own time, and I don’t have to stare at the teacher’s back. I have a really hard time reading the board half the time so I just sit there going, ok I’m bored, and I don’t really understand this.”  “One section that I had trouble with, I constantly watched the videos over and over until I understood what was being taught.”  “If I was confused about anything, we would explain everything in great detail and have debates about it. I learned different ways to solve problems during the activities and others learned from me. This was fantastic.” @JudyLarsen3
  • 9.
    At the beginning. . .  SHY  HIGH ANXIETY  LOW SELF-EFFICACY  NEGATIVE PAST EXPERIENCES At the end . . .  OUTGOING – TEACHING OTHERS  NO ANXIETY  HIGH SELF-EFFICACY @JudyLarsen3  TOOK NEXT MATH CLASS JUST FOR ENJOYMENT! @JudyLarsen3
  • 10.
    The flipped classroomis NOT just about assigning videos. The flipped classroom environment provides students with the opportunity to pursue goals of learning while maintaining room for self-pacing. Optimal implementation of a flipped classroom is one where autonomy is provided to students over cognitive dimensions, while structure is provided to the procedural and organizational aspects. If well-implemented, the flipped classroom environment has shown positive influence on student self-efficacy particularly in mathematics. @JudyLarsen3
  • 11.

Editor's Notes

  • #3 Comic/student base/why was I not there?/this is my motivation/master’s program ideas shape my vision During my math degree, I took notes, digested the information at home, and then out of my own initiative collaborated with others at the math centre and took on opportunities to tutor others. Had it not been for these collaborative opportunities, I may have never completed my math degree. Naturally, I became a teacher. I continued the pattern for my students by giving them notes in class. Many would tell me how clear my lectures were. However, they would then go home to try applying the concepts. They would get stuck, and then frustrated. I have not yet mentioned that these students were adult upgrading students at the UUP Dept at UFV trying to obtain math 11 prerequisites to continue on their desired career paths. Many have negative past experiences with mathematics already. Why was I not there for them during the most delicate part of learning? During my course work for this masters program, I was influenced by notions of learning through problem solving, student autonomy, and educational technology. These ideas shaped my vision for a classroom I desired, but I was unable to implement it without compromising delivery of the curriculum. I needed to free up the class time!